Nord Quantique™

Nord Quantique is at the forefront of the field of quantum error correction. Quantum computers developed with our unique approach correct the most common types of errors (bit flips and phase flips) using bosonic codes. Unlike other designs, we correct most errors without dedicating overhead of redundant qubits to error correction. Most of our qubits are thus actually used to perform calculations, while achieving a fault tolerance level that allows the delivery of useful applications while reducing between 1,000 and 10,000 times the number of physical qubits required by various other quantum computing models.

Our superconducting quantum computers perform at clock speeds required to perform calculations and deliver insights to users in a practical timeframe. Users who must perform advanced calculations using deep circuits and complex algorithms will be pleased by how quickly computations are completed. Our approach is designed to make quantum computing both accessible and practical for large industrial and government users who need to run their calculations quickly and extract reliable insights from the data.

Nord Quantique is working to quickly scale its quantum system to high fault tolerance levels, to deliver a 100 logical qubits machine by 2028. The goal of a shorter path to useful fault tolerance can be achieved by combining few errors with fast calculation speeds, without requiring massive overhead of redundant qubits for error correction. This more readily allows reliable operation of useful quantum computers with a wide array of industry applications.